STM studies on structural modulation and two-phase microstructures in Pb-doped Bi2201 single crystals

We have performed scanning tunneling microscopy studies on the structural modulation of Bi2.12−xPbxSr1.88CuOy (Pbx-Bi2201, x=0.18, 0.27, 0.32, 0.37) single crystals. The observed STM images show the clear atomic arrangement with the four-fold symmetry on the Bi(Pb)–O layer. The wavelength λ of incom...

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Published inPhysica. C, Superconductivity Vol. 460-462; pp. 156 - 157
Main Authors Nishizaki, Terukazu, Kudo, Kazutaka, Okumura, Naoyuki, Kobayashi, Norio
Format Journal Article
LanguageEnglish
Published Elsevier B.V 01.09.2007
Subjects
Pb-doped Bi2201
Phase separation
Scanning tunneling microscopy
Structural modulation
Scanning tunneling microscopy
Pb-doped Bi2201
Structural modulation
Phase separation
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Abstract We have performed scanning tunneling microscopy studies on the structural modulation of Bi2.12−xPbxSr1.88CuOy (Pbx-Bi2201, x=0.18, 0.27, 0.32, 0.37) single crystals. The observed STM images show the clear atomic arrangement with the four-fold symmetry on the Bi(Pb)–O layer. The wavelength λ of incommensurate structural modulations along the b-axis increases with Pb content (i.e., λ∼43Å for x=0.18) and the modulations completely disappear for x∼0.37. In the intermediate content (x∼0.27, 0.32), we find two-phase microstructures which consist of the modulated region with λ∼46Å and the modulation-free region.
AbstractList We have performed scanning tunneling microscopy studies on the structural modulation of Bi2.12−xPbxSr1.88CuOy (Pbx-Bi2201, x=0.18, 0.27, 0.32, 0.37) single crystals. The observed STM images show the clear atomic arrangement with the four-fold symmetry on the Bi(Pb)–O layer. The wavelength λ of incommensurate structural modulations along the b-axis increases with Pb content (i.e., λ∼43Å for x=0.18) and the modulations completely disappear for x∼0.37. In the intermediate content (x∼0.27, 0.32), we find two-phase microstructures which consist of the modulated region with λ∼46Å and the modulation-free region.
We have performed scanning tunneling microscopy studies on the structural modulation of Bi2.12-xPbxSr1.88CuOy (Pbx-Bi2201, x=0.1,0.2,0.3,0.37) single crystals. The observed STM images show the clear atomic arrangement with the four-fold symmetry on the Bi(Pb)-O layer. The wavelength lambda of incommensurate structural modulations along the b-axis increases with Pb content (i.e., lambda43A for x=0.18) and the modulations completely disappear for x0.37. In the intermediate content (x0.2,0.32), we find two-phase microstructures which consist of the modulated region with lambda46A and the modulation-free region.
Author Nishizaki, Terukazu
Okumura, Naoyuki
Kobayashi, Norio
Kudo, Kazutaka
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CitedBy_id crossref_primary_10_1103_PhysRevB_81_144501
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10.1126/science.276.5313.770
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10.1103/PhysRevB.59.14080
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Keywords Scanning tunneling microscopy
Pb-doped Bi2201
Structural modulation
Phase separation
Language English
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Snippet We have performed scanning tunneling microscopy studies on the structural modulation of Bi2.12−xPbxSr1.88CuOy (Pbx-Bi2201, x=0.18, 0.27, 0.32, 0.37) single...
We have performed scanning tunneling microscopy studies on the structural modulation of Bi2.12-xPbxSr1.88CuOy (Pbx-Bi2201, x=0.1,0.2,0.3,0.37) single crystals....
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SubjectTerms Pb-doped Bi2201
Phase separation
Scanning tunneling microscopy
Structural modulation
Title STM studies on structural modulation and two-phase microstructures in Pb-doped Bi2201 single crystals
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